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Results: 4
STICK-SLIP TRANSITION IN CAPILLARY-FLOW OF LINEAR POLYETHYLENE .3. SURFACE CONDITIONS
Authors: WANG SQ DRDA PA
Citation: Sq. Wang et Pa. Drda, STICK-SLIP TRANSITION IN CAPILLARY-FLOW OF LINEAR POLYETHYLENE .3. SURFACE CONDITIONS, Rheologica Acta, 36(2), 1997, pp. 128-134
EXPLORING MOLECULAR-ORIGINS OF SHARKSKIN, PARTIAL SLIP, AND SLOPE CHANGE IN FLOW CURVES OF LINEAR LOW-DENSITY POLYETHYLENE
Authors: WANG SQ DRDA PA INN YW
Citation: Sq. Wang et al., EXPLORING MOLECULAR-ORIGINS OF SHARKSKIN, PARTIAL SLIP, AND SLOPE CHANGE IN FLOW CURVES OF LINEAR LOW-DENSITY POLYETHYLENE, Journal of rheology, 40(5), 1996, pp. 875-898
SUPERFLUID-LIKE STICK-SLIP TRANSITION IN CAPILLARY-FLOW OF LINEAR POLYETHYLENE MELTS .1. GENERAL FEATURES
Authors: WANG SQ DRDA PA
Citation: Sq. Wang et Pa. Drda, SUPERFLUID-LIKE STICK-SLIP TRANSITION IN CAPILLARY-FLOW OF LINEAR POLYETHYLENE MELTS .1. GENERAL FEATURES, Macromolecules, 29(7), 1996, pp. 2627-2632
STICK-SLIP TRANSITION IN CAPILLARY-FLOW OF POLYETHYLENE .2. MOLECULAR-WEIGHT DEPENDENCE AND LOW-TEMPERATURE ANOMALY
Authors: WANG SQ DRDA PA
Citation: Sq. Wang et Pa. Drda, STICK-SLIP TRANSITION IN CAPILLARY-FLOW OF POLYETHYLENE .2. MOLECULAR-WEIGHT DEPENDENCE AND LOW-TEMPERATURE ANOMALY, Macromolecules, 29(11), 1996, pp. 4115-4119
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